Jan Jozef Victor De Beenhouwer

Title: Jan Jozef Victor De Beenhouwer: Innovator in Mobile Imaging Technology

Introduction

Jan Jozef Victor De Beenhouwer is a notable inventor based in Geraardsbergen, Belgium. He has made significant contributions to the field of mobile imaging technology, particularly through his innovative patent that utilizes unmanned vehicles for imaging target objects using penetrating radiation.

Latest Patents

De Beenhouwer holds a patent for a system designed for imaging a target object. This system includes a first unmanned vehicle equipped with a source of penetrating radiation. The first vehicle positions the source to direct the radiation toward the target object. A second unmanned vehicle contains an image detector that registers the spatial distribution of the radiation as an image. The second vehicle is responsible for positioning the detector to capture the distribution of radiation transmitted through the target object. These unmanned vehicles are autonomous and are designed for independent propelled motion. They include a positioning unit to detect the vehicle's position. A processing unit controls the motion of the unmanned vehicles to acquire at least two images corresponding to different projection directions of the radiation through the target object. The processing unit generates data that represents the internal structure of the target object from these images.

Career Highlights

De Beenhouwer is affiliated with Universiteit Antwerpen, where he continues to advance his research and development in imaging technologies. His work has implications for various fields, including medical imaging and non-destructive testing.

Collaborations

One of his notable collaborators is Jan Sijbers, who has worked alongside De Beenhouwer in the development of imaging technologies.

Conclusion

Jan Jozef Victor De Beenhouwer is a pioneering inventor whose work in mobile imaging technology showcases the potential of unmanned vehicles in advancing imaging techniques. His contributions are significant in enhancing our understanding of internal structures in various applications.